Post by tobiasclaren on Feb 27, 2017 15:51:38 GMT -5
Hello.
My suggestion:
A network of gravimeters and magnetometers ("G-Sensor" and "compass" in smartphones). Its Cheap (and paid by enthusiasts)!
For example this board for Raspberry PI:
www.piborg.org/xloborg
Only $10,92 and $5,73 shipping to USA.
Or better, if there is a more sensitive chip.
And a Raspberry PI for...? $35? Perhaps a PI Zero for only $5 would work.
Everyone interested in buying the hardware itself.
I would buy one or two stations.
For the center of the city of Cologne, and Erftstadt.
No "UFO hotspots", but I would be ready to do so!
MUFON must only operate the server.
And find programmers (Linux). If possible without money ;-).
MUFON collects and collects and collects data.
There will be time for active research, monitoring!
A network of sensors that monitors the sky like radar.
A camera is not absolutely necessary. But it is a good addition.
A gravitational anomaly would be an absolute proof.
Because, nothing natural and no known artificial technique can influence gravity in one place.
If the local gravity field shows temporary deviations, then it MUST be exotic technique of intelligent beings.
A Gravimeter/Magnetometer-Network would detect and record anomalies local (Ideally, on more than one station simultaneously), and as a vector.
Over more than one station, you could see a direction, and calculate the speed.
A gravity field anomaly would be a better proof than a photo or video.
You could have video and photo triggered by sensor anomalies.
We only need Linux programmers!
Not more. Volunteers who can program a freeware!
Write a software for a ready Linux distribution for Raspberry PI.
Download, copy to SD-Card, start, connect via LAN or WLAN, and fix it to the wall of the house or place it free of vibrations.
Or fix it with cable ties or mounting glue to the roof brackets.
After the start, the software automatically connects to a central server.
Via a web interface you enter the geo-position, and you switch the monitoring sharp.
Now, all stations around the world send their live data to a server.
This server logs all data live, and can supply a web page.
A map with anomalies, similar to Flightradar24 with airplanes.
A second or transparent layer could show aircrafts with data from flight radar.
If this is impossible (coppyrights...), a $8 dvbt tv-stick could receive the aircraft transponder signal at every sensor station.
But an aircraft can not produce a measurable gravitational or magnetic anomaly..
An aircraft-layer is not important. Only a additional "gimmick".
And an app for smartphones.
Users will receive alerts, if an anomaly is at their place.
And a notification when an anomaly moves toward the place.
With anticipated arrival time.
Visible for anyone interested, and scientists.
Includes function for the past.
Enter a place and time, and you will see all anomalies.
Thus, people have the possibility to participate as witnesses and photo/video-graphs at no cost.
And it would be an exciting, "thrilling" thing.
A second app could transform an old or cheap smartphone to a sensor station.
Possibly a lower entry threshold for some.
Greetings,
Tobias Claren
My suggestion:
A network of gravimeters and magnetometers ("G-Sensor" and "compass" in smartphones). Its Cheap (and paid by enthusiasts)!
For example this board for Raspberry PI:
www.piborg.org/xloborg
Only $10,92 and $5,73 shipping to USA.
Or better, if there is a more sensitive chip.
And a Raspberry PI for...? $35? Perhaps a PI Zero for only $5 would work.
Everyone interested in buying the hardware itself.
I would buy one or two stations.
For the center of the city of Cologne, and Erftstadt.
No "UFO hotspots", but I would be ready to do so!
MUFON must only operate the server.
And find programmers (Linux). If possible without money ;-).
MUFON collects and collects and collects data.
There will be time for active research, monitoring!
A network of sensors that monitors the sky like radar.
A camera is not absolutely necessary. But it is a good addition.
A gravitational anomaly would be an absolute proof.
Because, nothing natural and no known artificial technique can influence gravity in one place.
If the local gravity field shows temporary deviations, then it MUST be exotic technique of intelligent beings.
A Gravimeter/Magnetometer-Network would detect and record anomalies local (Ideally, on more than one station simultaneously), and as a vector.
Over more than one station, you could see a direction, and calculate the speed.
A gravity field anomaly would be a better proof than a photo or video.
You could have video and photo triggered by sensor anomalies.
We only need Linux programmers!
Not more. Volunteers who can program a freeware!
Write a software for a ready Linux distribution for Raspberry PI.
Download, copy to SD-Card, start, connect via LAN or WLAN, and fix it to the wall of the house or place it free of vibrations.
Or fix it with cable ties or mounting glue to the roof brackets.
After the start, the software automatically connects to a central server.
Via a web interface you enter the geo-position, and you switch the monitoring sharp.
Now, all stations around the world send their live data to a server.
This server logs all data live, and can supply a web page.
A map with anomalies, similar to Flightradar24 with airplanes.
A second or transparent layer could show aircrafts with data from flight radar.
If this is impossible (coppyrights...), a $8 dvbt tv-stick could receive the aircraft transponder signal at every sensor station.
But an aircraft can not produce a measurable gravitational or magnetic anomaly..
An aircraft-layer is not important. Only a additional "gimmick".
And an app for smartphones.
Users will receive alerts, if an anomaly is at their place.
And a notification when an anomaly moves toward the place.
With anticipated arrival time.
Visible for anyone interested, and scientists.
Includes function for the past.
Enter a place and time, and you will see all anomalies.
Thus, people have the possibility to participate as witnesses and photo/video-graphs at no cost.
And it would be an exciting, "thrilling" thing.
A second app could transform an old or cheap smartphone to a sensor station.
Possibly a lower entry threshold for some.
Greetings,
Tobias Claren